Rate 24,39 CZK per 1 EUR. Prices are indicative, invoicing is in Czech crowns.
Optoelectronic sensors have the longest range of all types — from a few centimetres to tens of metres. You will find three basic designs here: a diffuse sensor needs only one side and monitors the object directly in front of its face, a retro-reflective sensor works against a reflector and covers several metres, and a through-beam barrier with separate emitter and receiver units is the most reliable and reaches furthest. The range includes cylindrical and block designs, models with background suppression for precise definition of the working zone, red and infrared LEDs and laser sensors for small objects. You can choose by PNP or NPN output, light-on or dark-on switching, degree of protection IP67 and connection by cable or M8 and M12. connector. We supply sensors from Lanbao, TECHNOLINE, SICK, Balluff, IPF, IFM and others. If needed, contact us and we will be happy to help you choose the right type for your application.
Diffuse Sensors (Reflection from Material)
130
Retro-Reflective Sensors (with Reflector)
83
Through-Beam Sensors (Receiver + Emitter)
47
Optical Fibres
6
Optical Fibre Amplifiers
32
Fork Light Barriers
34
Reflectors for Photocells and Mounting Brackets
21
Laser Sensors
Precise laser sensors for object detection, distance measurement and industrial automation.
59
Diffuse Sensors with Background Suppression (Reflection from Material)
42
Label Sensors
Label sensors
0
Distance Measuring Sensors
Precise sensors for non-contact measurement of distance, position and object dimensions in industrial automation.
11
WL280-2H1631 from SICK: retro-reflective laser photoelectric sensor with reflector, photoelectric sensor, 6044740. Parameters and availability at Technoline.…
BAE0122, BALLUFF – fibre optic amplifier. Designed for precise detection of small parts and applications with limited mounting space, where the sensing head is separated from the electronics.
WL12-3P2431 from SICK: retro-reflective laser photoelectric sensor with reflector, photoelectric sensor, 1041436. Parameters and availability at Technoline.c…
VL18L-3F324 from SICK: retro-reflective laser photoelectric sensor with reflector, 6034330, optoelectronic sensor. Parameters and availability at Technoline…
WTB4FT-21311120ZZZ, SICK – diffuse photoelectric sensor with background suppression. Sensing distance: 7 ... 120 mm; output: Protitakt: PNP/NPN; supply: 10 V DC ... 30 V DC; connection: Connector M8…
HL18L-P4A5BA from SICK: retro-reflective laser photoelectric sensor with reflector, 1071025. Parameters and availability at Technoline.cz.
WTT2SL-2F3092S08 from SICK: retro-reflective laser photoelectric sensor with reflector, 1112130, optoelectronic sensor. Parameters and availability at Techn…
BOS003K Balluff – photoelectric sensor, type BOS 73K-PU-1FR-C-02. Exact manufacturer designation, application, variant selection and compatibility check.
BOS 73K-PU-1FR-C-S75-0.1, Balluff – amplifier / base unit for optical fibres. Official short code: BOS003L; Official manufacturer designation: BOS 73K-PU-1FR-C-S75-00.1; Series: 73K; Dimensions: 9 ×…
WF30-40B410 from SICK: retro-reflective laser photoelectric sensor with reflector, photoelectric sensor, 6028431. Parameters and availability at Technoline.c…
WTB12-3P2461S58 from SICK: retro-reflective laser photoelectric sensor with reflector, optoelectronic sensor. Parameters and availability at Technoline.cz.
OO5001 IFM – amplifier for optical fibre, M12, PNP, M12 connector connection. Industrial product for automation, detection or measurement.
SOE4-FO-L-HF2-1P-K, FESTO – amplifier for optical fibre. Output: PNP; function: changeover; connection: cable 4 wires. Designed for precise detection of small parts and applications with limited…
OO5002 IFM – amplifier for optical fibre, PNP, M16 connector connection. Industrial product for automation, detection or measurement.
OO5003 IFM – amplifier for optical fibre, PNP, M16 connector connection. Industrial product for automation, detection or measurement.
Prices include the recycling fee.
Optoelectronic or optical sensors use light for non-contact detection of objects. The sensing principle is essential for selection: a diffuse sensor works with reflection from the object, a retro-reflective version with a reflector, and a through-beam barrier with a separate emitter and receiver.
Compare the range, light spot size, colour and surface of the object, background suppression, response speed and the output for the control system. For transparent or shiny objects, verify the suitability of the specific model for this application. Choose optical fibres and their amplifiers as a compatible assembly.
For the connection, check the supply, PNP/NPN, switching function, number of wires and connector wiring. A standard optical sensor does not replace a safety light curtain designed for personnel protection.
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